Aureibaculum algae: FF125_05855
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Entry
FF125_05855 CDS
T06009
Symbol
gcvP
Name
(GenBank) aminomethyl-transferring glycine dehydrogenase
KO
K00281
glycine cleavage system P protein (glycine dehydrogenase) [EC:
1.4.4.2
]
Organism
fbe
Aureibaculum algae
Pathway
fbe00260
Glycine, serine and threonine metabolism
fbe00630
Glyoxylate and dicarboxylate metabolism
fbe00670
One carbon pool by folate
fbe00785
Lipoic acid metabolism
fbe01100
Metabolic pathways
fbe01110
Biosynthesis of secondary metabolites
fbe01200
Carbon metabolism
Module
fbe_M00621
Glycine cleavage system
Brite
KEGG Orthology (KO) [BR:
fbe00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00630 Glyoxylate and dicarboxylate metabolism
FF125_05855 (gcvP)
09105 Amino acid metabolism
00260 Glycine, serine and threonine metabolism
FF125_05855 (gcvP)
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
FF125_05855 (gcvP)
00670 One carbon pool by folate
FF125_05855 (gcvP)
Enzymes [BR:
fbe01000
]
1. Oxidoreductases
1.4 Acting on the CH-NH2 group of donors
1.4.4 With a disulfide as acceptor
1.4.4.2 glycine dehydrogenase (aminomethyl-transferring)
FF125_05855 (gcvP)
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Motif
Pfam:
GDC-P
GcvP2_C
Beta_elim_lyase
Motif
Other DBs
NCBI-ProteinID:
QCX37981
UniProt:
A0A5B7TRB1
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Position
complement(1469053..1471902)
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AA seq
949 aa
AA seq
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MQTDSFTLRHLGPRENDIPEMLNTIGVHSLDELIDNTIPSHIKLEKPLNLPSPMSEYEFT
SYIQKLSKKNKEFKSYIGLGYHPTILPAVIQRNIFENPSWYTSYTPYQAEISQGRLEALL
NYQTVIADLTGMDMANSSLLDEGTAAAEAMIMLYNNRSRAQKKSDALQFFVSDDVLPQTV
SILKTRSEPLGIELIYGHHEGAALSSNVFGAIVQYPTKNGQIYDYTDFIESANHQDIKVI
VAADLLSLAILKSPGEMGASITVGTSQRFGIPMGYGGPHAGYFATKDAYKRSIPGRIIGV
TIDTDGNRALRMALQTREQHIKREKATSNICTAQVLLAVMAGMYAVYHGADGLKYIANKV
HSLTTILNEEVKKLGLQQENSTFFDTLKIKVSAANAVKKLAEASEINFLYLDHTTIGISL
NETTTIADVDSIVSILAEAENAKHAACANYTDITSIPDDLQRNTPFMTFEVFENYHSETE
MMRYIKRLEKKDISLTDSMISLGSCTMKLNAASEMLPLSSSSWNSIHPFVPIDQAQGYQE
MLRDLEHSLNIITGFAATSLQPNSGAQGEYAGLMVTRAYHASRGESHRNICLIPASAHGT
NPASAVMAGMKVVVTKTSEDGNIDVNDLREKAELHKDNLAALMVTYPSTHGVFESAIKDI
TKTIHDNGGQVYMDGANMNAQVGLTNPATVGADVCHLNLHKTFAIPHGGGGPGVGPICVA
KHLAPFLPTNPIIKTGGQHAITGISAAPWGSALVDLISYGYIKMLGAEGLTQATKYAILN
ANYLKSKLEKHFKILYTGEKGFAAHEMIVDFREFKAKGIEVTDVAKRLMDYGFHAPTLSF
PVAGTLMIEPTESESKKELDRFCEALISIKSEIDSYEEGIDSVLKNAPHTQAMLTADDWQ
FSYSRQTAAFPLPYIADGKFWPPVRRVDDAYGDRNLVCSCNPIEDYMEA
NT seq
2850 nt
NT seq
+upstream
nt +downstream
nt
atgcaaacggattcttttactctaagacacctcggccctcgcgaaaatgacattccagaa
atgcttaacaccattggtgtacatagcttggatgaattgatagacaataccatacctagt
catattaaattagaaaaaccgttgaatttaccatctccaatgagcgagtatgaatttacc
agttatattcaaaaattatctaaaaaaaacaaagagtttaaatcatatattggtttaggc
tatcacccaaccattttaccggctgttattcaacgaaatatttttgagaatccaagttgg
tacacttcgtatacgccctatcaggcagaaatttctcaaggtcgtttagaagctttgtta
aattatcaaacggttattgctgaccttacaggaatggatatggcaaattcatcattatta
gatgaaggtactgcggcagctgaagcgatgattatgttgtacaacaatcgctcaagagcc
caaaagaaaagtgatgccttacaatttttcgtttctgatgatgtgttacctcaaacggtg
tctatattaaaaacacgttcagaacccttaggtatcgaacttatttatgggcatcatgaa
ggtgctgcactttcttcgaatgtttttggtgctattgttcaatatcctacaaaaaatggt
caaatttatgattatactgattttattgaaagtgccaatcatcaggatataaaagttatt
gtagccgctgatttattgagtttagctatattaaaatctccaggagaaatgggagcatct
ataactgtaggtacttcgcaacgttttggaattccgatgggttacggaggaccacatgct
ggttactttgcaaccaaagatgcgtataaaagatcaatccctggacgaattatcggtgta
acgatagataccgatggcaatagagccttacggatggcactacaaaccagagagcaacac
ataaaacgtgaaaaagcaacttcgaatatttgtaccgcacaagtattattggctgttatg
gcgggtatgtatgccgtttaccacggtgccgatggactaaaatatatagccaacaaagtg
cacagtttaaccactattttaaatgaagaagttaaaaaattaggtttacaacaagagaac
tcaacattttttgacaccttaaaaataaaagtaagtgctgccaatgccgttaaaaagctt
gccgaggcttcagaaatcaactttttatacttagaccatacaactattgggatttcatta
aatgaaactacaacaattgcagatgtagacagtattgtttctattttagcggaagcagaa
aatgcaaagcatgcagcatgtgcgaactacacagatataacttcaatacctgatgactta
caaagaaatacgccttttatgacctttgaagtttttgaaaattaccattcagagactgaa
atgatgcggtatattaaaaggttagagaaaaaagatatctcgttaacagattctatgatt
tctttaggttcttgtaccatgaaattaaatgccgcttctgaaatgcttcctttgagttct
agcagttggaatagcatccatccatttgtacctattgatcaagcacaaggatatcaagaa
atgctgagagatttagaacattctttaaacattattacaggttttgctgccacatcgttg
caacccaattcaggggcacaaggtgaatatgcaggcttaatggtaactagagcataccac
gcttctcgcggtgaatctcatagaaacatttgtttaatacctgcttctgcacatggaaca
aatcctgcttcagcagtaatggccggtatgaaagttgtggttaccaaaacttcggaagac
ggaaatatagatgttaacgatttacgcgaaaaagcagaattacataaagataatcttgct
gcgttaatggtgacctacccatcaacacatggtgtttttgaaagtgccattaaagatatt
acgaaaaccattcatgataatggcggacaagtatatatggacggagccaatatgaatgct
caagttggcttaaccaacccagctacagttggtgcagatgtttgtcacttaaacttacac
aaaacatttgccataccacatggtggtggtggacctggtgttggccctatttgtgtggct
aaacatttagctccatttttaccgaccaatcctattattaaaacaggtggtcaacatgcc
attactggaatttctgctgctccatggggctctgctctggttgatttaatttcatacggt
tatattaaaatgttaggtgctgaaggtttaacacaagccactaaatatgccattttaaac
gccaattacttaaaatctaaattagaaaaacattttaaaatattatatactggcgaaaaa
ggttttgctgctcatgaaatgattgtggactttagagaatttaaagccaaaggcatagag
gtaactgatgttgcgaagcgattgatggattatggcttccatgctcctaccctttctttt
cctgttgcaggtactttaatgatcgaacctactgaaagtgaaagcaaaaaagaattagat
cgtttttgtgaggctttaatttcaataaaatctgaaattgatagctatgaagagggtata
gattctgtattaaaaaatgccccacatacacaagctatgttaacggctgatgattggcaa
tttagctatagtcgacaaacggctgcttttccgttaccgtatattgctgatggcaaattt
tggccaccagtacgccgagttgatgatgcatatggagaccggaatttagtatgttcttgt
aaccctattgaggattatatggaggcttaa
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